evaluate Write a code for a pseudorandom number generator in Python and use it to 5x/2...

 

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evaluate Write a code for a pseudorandom number generator in Python and use it to 5x/2 272 ln(2) cos(z)dr. 3π/2 (You must program your own pseudorandom number generator and may not use any of Python's built-in pseudorandom number generators.) Note: (i) The maximum value attained by the function In(a) cos(z) over the interval [3π/2,5π/2] is approximately 1.84. (ii) Modular arithmetic in Python is denoted by the "%" symbol. For example, to find a mod b you would input "a % b". It might be more convenient to use "np.mod (a*u + b, m)" for solving a recursive equation to produce pseudorandom numbers in the interval (0, m). evaluate Write a code for a pseudorandom number generator in Python and use it to 5x/2 272 ln(2) cos(z)dr. 3π/2 (You must program your own pseudorandom number generator and may not use any of Python's built-in pseudorandom number generators.) Note: (i) The maximum value attained by the function In(a) cos(z) over the interval [3π/2,5π/2] is approximately 1.84. (ii) Modular arithmetic in Python is denoted by the "%" symbol. For example, to find a mod b you would input "a % b". It might be more convenient to use "np.mod (a*u + b, m)" for solving a recursive equation to produce pseudorandom numbers in the interval (0, m).

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Heres a simple implementation of a linear congruential pseudorandom number generator LCG in Python f... View the full answer